71results about How to "Consistent moisture content" patented technology

The invention relates to a board balance reconditioning chamber and a method for reconditioning boards. The inside of the board balance reconditioning chamber is provided with a dehumidifier, a humidifier and temperature control equipment, and the middle part of the board balance reconditioning chamber is provided with an air flow guide device. The method for reconditioning boards comprises the following steps: 1) piling boards in the board balance reconditioning chamber; 2) adjusting the temperature and humidity of the board balance reconditioning chamber and determining the board processing time according to the preset water content range of the boards to balance the water content of all parts of the boards and to release the inner stress of the boards in a constant temperature and humidity environment; and 3) determining the water content of the boards and completing the reconditioning treatment when the water content of the boards reaches a preset value. The invention provides the constant temperature and humidity environment with flowing air to balance the water content of all parts of the boards, to release the inner stress of the wood fibers and to reduce the drawbacks of wood floors such as deformation and bending, thereby improving the percentage of cut-turn and the stability of the quality of the wood floors.

The invention discloses a processing process for threshing, re-drying and classifying tobacco stems, which comprises the following steps: firstly performing leaf-stem separation; preliminarily screening stem turning heads and broken stems; then screening the tobacco stems into the three types of tobacco stems with different thicknesses of 1.5-2.0 mm, 2.0-2.5 mm and 2.5-3.0 mm; pre-pressing the three types of tobacco stems, wherein gaps among the pressed stems are 0 .8 mm, 1.0 mm and 1.2 mm respectively; mixing the three types of pre-pressed tobacco stems and re-drying; finally packaging and storing. According to the processing process disclosed by the invention, the tobacco stem re-drying efficiency can be improved, the consistence of the batch water loss rate and the moisture content after re-drying is improved, and the tobacco stem aging progress is accelerated; the tissue destruction difference degree of the tobacco stems with different thicknesses in the cut stem making process is reduced, the stem storage time is shortened, the production efficiency of the cut stem making procedure is improved, the cut stem moisture content fluctuation, the rejection rate and the energy consumption are reduced, and the uniformity of cut stems, the moisture content and the stability of filling values are improved.

The invention discloses a steam heat treatment type drying method for whole bamboos. The method comprises the following steps: stewing bamboo sections with bamboo joints or bamboo walls which have been perforated in a mixed solution of sodium chloride and acetic acid at a temperature of 100 DEG C under normal pressure; then trimly placing the whole bamboo sections in a steam tank and carrying out treatment at a temperature of 110 to 140 DEG C under a vapor pressure of 0.14 to 0.25 MPa; and finally, carrying out low temperature drying on the bamboo sections in a steam dry kiln which has a steam injection function and carrying out humidity elimination on the dry kiln until the water content in the bamboo sections reaches 10 to 18%. With above-mentioned treatment, the whole bamboos have better drying and anti-cracking effects, improved stability and weatherability, enhanced strength and a prolonged service life.

The invention provides a ceramic blank and a manufacturing method thereof, and relates to the technical field of ceramics, the ceramic blank includes 80-120 parts by weight of a based blank, 10-20 parts by weight of an enhancer and 1-5 parts by weight of an additive; the production process of the ceramic blank comprises the following steps: 1) making mud, 2) making a wet blank, and 3) drying the blank. Through the improvement of raw materials and production methods, the prepared ceramic blank has good chemical stability and good mechanical strength, and the prepared ceramic blank also has good toughness and shaping property, is anti-falling and not easy to break, has low production cost, long service life and wide application range, and is worthy of promotion.

The invention relates to the field of food processing, and particularly relates to a method for producing dried turnip. According to the method, fresh turnip is pretreated for 3-10 min under 110-120 DEG C by using infrared rays; then the pretreated turnip is firstly dried for 15-30 min for preliminary color fixation under 120-130 DEG C by using infrared rays, subsequently are dried for 19-25 min for intermediate color fixation under 115-125 DEG C by using infrared rays, and are dried for 23-33 min for final color fixation under 100-105 DEG C by using infrared rays; and finally shape setting and re-drying are carried out to obtain the dried turnip. According to the method, the fresh turnip is treated for multiple times based on reasonable infrared temperature and reasonable treatment time by using the thermal effect of infrared rays to remove the acrid taste and raw flavor of turnip and the crisp sweet dried turnip with peculiar turnip taste is produced in short time; and the method provides a novel treatment way for post processing of fresh turnip.

The invention discloses a fill valley foundation settlement inversion method based on a centrifugal model test. The method comprises the steps of 1, obtaining solid fill engineering profile parameters; 2, manufacturing a model box, and carrying out a centrifugal model test on the model box to obtain model filling settlement data; 3, manufacturing a rigid valley foundation model box, and carrying out a centrifugal model test on the rigid valley foundation model box to obtain model filling settlement data; 4, manufacturing a flexible valley foundation model box, and carrying out a centrifugal model test on the flexible valley foundation model box to obtain model filling settlement data; and 5, carrying out settlement inversion on the original valley foundation of the fill project. Accordingto the method, the long-term deformation of the original valley and the later-period filling soil can be visually displayed in a short time, the model boundary condition is clear, the inversion idea is concise, the additional settlement interval value of the original valley foundation of the fill engineering under the action of the overlying filling soil load can be rapidly obtained, and the method can be used as an auxiliary means for fill engineering design and engineering settlement prediction.

The invention provides a paving structure of a geothermic solid wood floor. The paving structure is paved on a to-be-paved ground and comprises a geothermic solid wood floor layer connected by a plurality of solid wood floor boards. The geothermic solid wood floor layer suspends on the structure below the same. The paving structure has the advantages that the geothermic solid wood floor is fixed on the structure below the same without glues or nails, large deformation, caused by thermal expansion and cold contraction, of the geothermic solid wood floor in large temperature difference is unlimited, relatively free expansion or contraction can be achieved, floor boards can move automatically to clear space and contract space so as to contain the expansion or contraction of the floor, and floor warping even crack can be avoided.

The invention discloses incohesive soil freezing sample preparation equipment which includes a sample preparation chamber assembly, a temperature control chamber assembly, an axial transmission assembly, a low temperature circulating bath and signal acquisition monitoring assembly and a vacuum pumping assembly. The sample preparation chamber assembly is internally provided with a sample preparation chamber and used for holding samples and filtering water on the samples, the temperature control chamber assembly is used for low temperature freezing the samples, the sample preparation chamber assembly is located inside the temperature control chamber assembly, the axial transmission assembly is used for pushing out the samples after a test finished, the low temperature circulating bath and signal acquisition monitoring assembly is used for collecting test and monitoring data, and the vacuum pumping assembly is used for vacuumizing inside the temperature control chamber assembly. The sample preparation equipment can be used for directly preparing saturated remolded samples of gravel, gravel soil, sand soil, silty soil and other incohesive soils, the sample preparation process is simpleand easy, operability of the whole equipment is high, the efficiency of sample preparation is improved, and the time is saved.

The invention provides a method for applying solid wood floors to a floor heating environment and a floor heating solid wood floor paving structure. The method for mounting the floor heating solid wood floors includes laying flexible material layers on the surfaces of paved floors; directly paving the floor heating solid wood floors on the surfaces of the flexible material layers. The method and the floor heating solid wood floor paving structure have the advantages that the floor heating solid wood floors are directly paved on the to-be-paved floors, and are subjected to moisture content equalization treatment, accordingly, the moisture contents of blanks of the floor heating solid wood floors which are subjected to moisture content equalization treatment are consistent, stress on the floor heating solid wood floors is balanced, and various processed floor heating solid wood floors are only slightly different from one another and are good in stability after being assembled with one another.

The invention discloses a production process of carbonized wood wallboards for antique buildings. The production process of the carbonized wood wallboard for the antique building comprises the carbonizing treatment process, wherein a blank stacking frame comprises a base and supports; a rotary shaft is rotatably connected to the supports; a plurality of rows of mounting racks are arranged on the rotary shaft; each row of mounting racks are uniformly distributed in the circumferential direction of the rotary shaft; each mounting rack comprises a mounting rod and a plurality of fixed rods, the rotary rods are uniformly distributed in the length direction of the mounting rod, and the fixed rods on each row of mounting racks are relatively parallel; the ends, far away from the corresponding mounting rods, of the fixed rods are provided with mounting assemblies used for fixing wallboard blanks; and a driving assembly used for driving the rotary shaft to rotate is arranged at one end of therotary shaft. The production process has the advantages that the moisture content of the carbonized wood wallboards tends to be balanced, and the carbonized wood wallboards are not prone to cracking deformation.

The invention especially provides a processing method of dried bamboo shoots and belongs to the field of food processing. The method comprises steps of: first successively placing the bamboo shoots in two different temperature environments for drying, with a high temperature in an initial drying and a low temperature in a secondary drying; and then placing the dried bamboo shoots in environment with certain temperature and humidity for standing. The two dryings employ different temperature and time to avoid destruction of effective components in the bamboo shoots and enable moisture content in the bamboo shoots to reach the required standards. The processing method of dried bamboo shoots can significantly improve the taste of the bamboo shoots and more effectively preserve the flavor of bamboo shoots, and has characteristics of good product appearance, uniform color, no rot, simple process and low cost.

The invention relates to an autumn konjac repeated-drying processing method, which belongs to the field of food processing. Firstly, autumn konjac is sequentially arranged in two environments with different temperatures to be dried, the preliminary drying temperature is higher, the afterdrying temperature is lower, the dried autumn konjac is arranged in an environment with specific temperature and humidity again for standing, the temperatures and the times for two times of drying are set to be different to avoid damaging active constituents in the autumn konjac, and the moisture content of the autumn konjac can reach the required standard rapidly. According to the autumn konjac processing method, the taste of the autumn konjac can be obviously improved, and the processed autumn konjac has the characteristics of good product appearance, uniform color, no putrefaction or deterioration, long shelf life, health, high edibleness, simple manufacturing process and low cost, and has the effects of weight reduction, body building, illness treatment, cancer resistance and the like.

The invention discloses an efficient hot-blast stove which comprises a housing, wherein a cavity is formed in the housing, the cavity comprises a drying cavity and two ventilation cavities; the two ventilation cavities are located at the two ends of the drying cavity; through holes are formed between the drying cavity and the ventilation cavities; the drying cavity takes the shape of a funnel that is wide at the upper part and narrow at the lower part; an air inlet is formed in a side wall of one ventilation cavity; an air outlet is formed in a side wall of the other ventilation cavity; a plurality of heating grooves and a plurality of containing grooves for containing grains are formed in the drying cavity at intervals; a plurality of air vents are formed in walls of the adjacent containing grooves and the heating grooves; a plurality of heating units are arranged in the heating grooves in a vertical direction; in addition, the power of the heating unit is sequentially reduced in a direction from air intake to air outgoing. The efficient hot-blast stove can dry the grains efficiently and uniformly, and a storage effect of the grains is improved.

The invention discloses a moso bamboo shoot drying method, and belongs to the field of food processing. The method comprises the following steps: sequentially drying moso bamboo shoot in two environments with different temperatures, wherein the primary drying temperature is high, and the secondary drying temperature is low; and allowing the dried moso bamboo shoot to stand in environment with specific temperature and humidity. The temperature and the time of double drying are different, so the destroy of effective components in the moso bamboo shoot is avoided, and the water content of dried moso bamboo shoot can quickly reach a required standard. The drying method can significantly improve the eating taste of moso bamboo shoot, and can effectively save the fragrance of moso bamboo shoot, and the obtained dried moso bamboo shoot has the characteristics of good appearance, uniform color, no rotting or deterioration, simple making technology and low cost.